Signal loss and EMI interference in tight equipment cabinets remain top complaints from plant engineers and system integrators. Mismatched cables cause intermittent faults, downtime, and failed inspections — especially when dozens of signal lines run side by side in control panels or robotic cells.This imported 25-core shielded data cable is built to solve exactly that. It uses 25×26 AWG tin-plated copper conductors with an overall shield, delivering stable signal transfer across industrial environments where noise, vibration, and moisture are daily realities. The 0.14 sq mm cross-section per conductor keeps the cable slim and bendable without sacrificing signal integrity.
Core Specifications
| Parameter | Detail |
|---|---|
| Conductor Material | Tin-plated copper |
| Wire Gauge | 25 × 26 AWG |
| Conductor Size | 0.14 sq mm (each) |
| Core Count | 25 cores |
| Shield Type | Overall braided shield |
| Insulation | PVC |
| Jacket | PVC (black) |
| Rated Voltage | 300V |
| Operating Temp | -20°C to +80°C |
| Min. Bend Radius | 6× cable OD |
Why This Cable Works in Harsh Conditions
- Tin-plated copper resists corrosion. In humid factories, chemical plants, or outdoor enclosures, bare copper oxidizes fast. Tin plating keeps contact resistance low and connections reliable over years — not months.
- Braided shield blocks EMI/RFI. With 25 signal lines packed together, crosstalk is inevitable without proper shielding. This cable’s overall braid reduces electromagnetic interference from nearby motors, drives, and welding equipment — critical for sensor and encoder signals.
- Thin but tough construction. At 0.14 sq mm per conductor, the cable stays flexible enough for routing through narrow cable chains, drag chains, and tight conduit bends. It handles repeated flex cycles in robotic arms and moving gantries without conductor fatigue.
- PVC jacket resists oil and abrasion. Machine shops, presses, and conveyor systems expose cables to hydraulic fluid, coolant, and physical wear. The outer PVC layer is rated for oil resistance and surface abrasion — standard for industrial machine wiring.
Applicable Industries & Scenarios
- Industrial automation — PLC I/O wiring, control cabinet internal routing
- Robotics & CNC — signal cables inside drag chains and cable carriers
- Sensor & instrumentation — multi-channel signal collection from transducers
- Medical equipment — low-noise signal transmission inside diagnostic units
- Automotive electronics — dashboard and ECU signal harnesses
- Communication equipment — data linking in server racks and edge devices
Typical use: connecting sensors, encoders, and I/O modules to controllers; multi-signal transmission inside machines, panels, and enclosures where space is limited and EMI is high.
Sourcing, Customization & SupportWe supply this cable with flexible MOQ — from prototype quantities to full production runs. Custom lengths, jacket colors, shield coverage, and connector terminations are available. Every order includes a product datasheet and test report. Samples ship within 3 business days.Need a different core count, pair count, or jacket material? Send your spec sheet or wiring diagram — our engineering team responds within 24 hours with pricing and lead time.Request a quote now to lock in current pricing and sample availability.